OPL536-OCB

Introduction

The OPL536-OCB is an optical source calliper transducer designed for measuring position accurately with high resolution. This device is designed to be used in critical and challenging environments. Based on an optical engine, it offers a very high precision, dynamic, and robust measurements for applications in aerospace, industrial automation, medical, and security.

Application Field

The OPL536-OCB is a reliable and durable solution for position measurement applications. It can be used in applications which require a very accurate and robust measurement. It can be applied in precision-controlled aerospace assemblies, industrial assembly lines, medical devices, and security systems. It is also an ideal choice for measuring the position of dynamic objects such as valves and pistons in the automotive industry.

Working Principle

The OPL536-OCB works on an optical engine, using light to measure the object\'s position. It features four ranges, providing resolutions of up to 0.2 μm. It is equipped with a transmitting diode which emits light in a near-infrared beam, and a receiver that detects the light reflected from the object. The receiver amplifier then calculates the distance of the object from the transducer and outputs it as a logic signal to be read by the controller.

Features and Benefits

The OPL536-OCB offers robustness, stability, and reliability for critical environments. It is designed to work on a wide range of temperature and humidity, providing robust and reliable performance even in extreme conditions. It is very easy to install and configure. Its compact design allows it to be neatly mounted even in tight spaces, enabling easier integration into applications. Its logic output, which can be connected directly to a controller or a PC, offers further flexibility and ease of integration into applications.

Conclusion

The OPL536-OCB is a reliable and accurate position measurement transducer designed for use in critical environments. It is equipped with a near-infrared light source which emits light, and a receiver that detects the reflected light. Its logic output makes it an ideal choice for applications requiring precise and reliable measurements such as aerospace assemblies, industrial automation, medical devices, and security systems. Its robustness and easy installation make it an ideal choice for challenging applications.